Grandstream GWN7816P Layer 3 PoE Network Switch in Africa
Build a high-capacity wired network for offices, campuses, surveillance systems, Wi-Fi deployments and voice environments with a 48-port managed switch designed to combine Gigabit access, high-power PoE, 10 Gigabit fibre uplinks and advanced traffic control. This model is aimed at medium and large organisations that need more than simple connectivity: it supports segmented departments, powered endpoints, resilient uplinks, routing between network zones and several management choices. FourTeck helps buyers turn a model number into a workable deployment plan by reviewing port demand, PoE load, uplink media, rack space, cabling, security policy and future expansion before a quotation is prepared.
✓ 6 × 10G SFP+ Uplinks
✓ 740W PoE Budget
✓ Layer 3 Routing and Security
✓ Africa Quote Guidance
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Quick Product Information
Grandstream
GWN7816P
Layer 3 managed PoE network switch
48 × Gigabit Ethernet with PoE
6 × 10 Gigabit SFP+
Up to 740W total with the standard PSU
Medium and large business networks
Web UI, CLI, GDMS Networking and GWN Manager
Rack or rail mounting with included hardware
Configuration review, quote and delivery coordination
Product Overview
A growing business network can quickly outgrow a basic access switch. New wireless access points require more power, IP cameras increase bandwidth consumption, voice endpoints need predictable quality, and departments often need separate VLANs with controlled communication between them. This 48-port platform addresses those pressures by combining dense copper connectivity with Layer 3 functions, six high-speed uplinks and a large power budget. It can sit in a main equipment rack, a building distribution point or a major floor cabinet where many users and powered devices converge.
The access side provides forty-eight Gigabit Ethernet ports. Ports one through eight can supply up to 60W using PoE++, while the remaining forty ports can supply up to 30W for standard PoE and PoE+ devices. The total available PoE output is up to 740W with the default 920W power supply. In practical terms, the switch can support a mixed estate of IP phones, indoor and outdoor access points, fixed cameras, selected PTZ cameras, access-control readers, paging devices and other compatible endpoints. Final device quantity still depends on the real power draw of every endpoint, not simply the port count.
For backbone connectivity, six 10 Gigabit SFP+ interfaces give designers flexibility to connect servers, storage, aggregation devices, distribution switches or fibre links between buildings. These uplinks are especially important when dozens of edge ports feed traffic into a smaller number of core paths. A network with many cameras, busy Wi-Fi access points or large file transfers can create congestion if the uplink design is too narrow. Multiple SFP+ links, link aggregation and a carefully planned topology help reduce that risk while allowing future growth.
The management and control features make the switch relevant to IT teams that need visibility rather than plug-and-play operation alone. Administrators can use a local web interface or command-line access, while Grandstream management platforms provide cloud and on-premise options. Routing, VLAN, multicast, quality-of-service and security functions help the device support segmented business environments. FourTeck can assist Africa buyers by translating these capabilities into an equipment list covering optics, DAC cables, patching, rack depth, power protection, endpoint power demand, IP addressing and implementation priorities.
Key Business Benefits
â—† Dense Access in One Rack Unit
Forty-eight copper ports help a business connect a large number of users and devices without spreading the deployment across several small switches. Consolidation can simplify rack planning, patch-panel mapping and administration. It may also reduce the number of separate power cords, management addresses and inter-switch links that the IT team must maintain. Buyers should still plan spare ports for growth rather than filling every connection on day one.
â—† Power and Data Together
PoE can remove the need for individual power adapters beside many network endpoints. This supports cleaner installation for phones, access points and cameras while allowing power to be controlled from the equipment room. The large 740W budget gives designers room for mixed-power devices, although a complete wattage schedule remains essential. Centralising endpoint power also makes it easier to place the switching infrastructure behind a suitable UPS.
â—† Faster Uplink Architecture
Six 10G SFP+ ports provide more backbone options than a switch limited to one or two uplinks. A business can separate server, distribution, fibre and resilience paths, or combine links where the design supports aggregation. This is valuable for surveillance recording, high-density wireless networks, central file services and inter-floor connectivity. Correct optics, fibre type, distance and switch compatibility should be confirmed before ordering modules.
â—† Controlled Department Segmentation
Advanced VLAN support lets administrators separate staff, guests, cameras, phones, building systems and management traffic. Layer 3 routing can then provide controlled communication between selected segments. This improves network organisation and supports policy enforcement without forcing every local traffic flow through an external router. The design should be documented clearly so troubleshooting teams understand addressing, gateways, allowed paths and ownership.
â—† Practical Security Controls
Features such as 802.1X, MAC authentication, DHCP snooping, IP source guard, ARP inspection, port security and denial-of-service protection give administrators several ways to reduce common local-network risks. These controls do not replace a firewall or a complete security policy, but they strengthen the access layer. Deployment should be phased and tested because aggressive settings can block legitimate devices when identity, addressing or trust relationships are poorly documented.
â—† Multiple Management Paths
Local web and CLI access support direct administration, while GDMS Networking and GWN Manager offer central management choices for wider Grandstream deployments. This flexibility helps an organisation choose a cloud-led or on-premise operational model. It can also reduce the burden of visiting every site for routine tasks. Buyers should decide who will administer the switch, how access will be secured, where backups will be stored and how firmware changes will be governed.
Product Highlights
High-Capacity Switching Fabric
The platform is rated for 216Gbps switching capability, 108Gbps non-blocking throughput and a forwarding rate of 160.704Mpps. These figures show that it is designed to move traffic across all access and uplink interfaces at enterprise scale. Real application performance also depends on cabling, endpoint speed, traffic patterns, routing design and upstream capacity.
Large Addressing and VLAN Tables
Support for up to 32K MAC addresses and 4K VLANs gives the switch room for complex business environments. This matters in campuses, hospitality, managed buildings and multi-tenant locations where many endpoints and logical segments may share the same infrastructure. The network plan should remain as simple as practical even when the hardware supports a large scale.
Static and Dynamic Routing
The published feature set includes IPv4 and IPv6 routing with static routes and dynamic protocols such as RIP, RIPng, OSPF, OSPFv3 and BGP. These capabilities can make the switch useful at a distribution layer or in a routed campus design. Protocol choice should match the skills of the support team, the size of the topology and the change-control process.
Multicast and Traffic Prioritisation
IGMP and MLD snooping help control multicast distribution, while quality-of-service functions can prioritise voice, video and operational traffic. This is useful when CCTV streams, calls, Wi-Fi users and business applications share the same switching fabric. Policies should be based on measured requirements rather than giving every traffic class a high priority.
Technical Specifications
| Specification | Published Detail | Buyer Relevance |
|---|---|---|
| Brand and model | Grandstream GWN7816P | PoE version of the 48-port Layer 3 switch family |
| Gigabit access ports | 48 | Dense wired connectivity for users and powered endpoints |
| 10G SFP+ ports | 6; DAC support with published maximum cable length of 5m | Backbone, fibre, server and aggregation connectivity |
| PoE standards | IEEE 802.3af, 802.3at and 802.3bt | Supports a range of standard PoE endpoint power classes |
| Per-port power | Up to 60W on ports 1–8; up to 30W on ports 9–48 | Higher-power devices should be mapped to the first eight ports |
| Total PoE output | Up to 740W with one PSU | Requires an endpoint-by-endpoint wattage plan |
| Default power supply | One 920W PSU; optional hot-swappable PSU sold separately | Secondary PSU can support resilience planning |
| Switching capability | 216Gbps | High aggregate traffic handling |
| Non-blocking throughput | 108Gbps | Supports simultaneous bidirectional traffic at port scale |
| Forwarding rate | 160.704Mpps | Relevant for packet-processing capacity |
| Packet buffer and latency | 16Mb buffer; published network latency below 4 microseconds | Supports responsive switching under planned loads |
| MAC and VLAN scale | 32K MAC addresses; 4K VLANs | Suitable for segmented and device-dense environments |
| Routing | Static routing plus RIP, RIPng, OSPF, OSPFv3 and BGP | Supports distribution-layer and routed network designs |
| Security functions | 802.1X, MAC authentication, RADIUS, TACACS+, DHCP snooping, source guard, ARP inspection, port security and DoS controls | Access-layer protection and identity enforcement |
| Management | Web UI, CLI, SNMP, GDMS Networking, GWN Manager and supported GWN router management | Local, cloud and on-premise administration options |
| Dimensions and weight | 440 × 380 × 44mm; approximately 6kg | Confirm rack depth, rails and handling space |
| Operating environment | 0°C to 45°C; 10–90% RH non-condensing | Requires suitable ventilation and equipment-room control |
| Availability and warranty | Configuration and supply-route dependent | Confirm quotation terms, region and support path before order |
The specification table should be read as a planning guide rather than a complete bill of materials. A 48-port switch does not automatically mean forty-eight powered devices can run at their maximum rating simultaneously. Add the expected wattage of every phone, access point, camera and specialised endpoint, include reasonable headroom, and map high-power units to ports one through eight. Where the project is critical, consider whether an optional secondary power supply and a protected electrical feed are appropriate.
Uplink components also need deliberate selection. SFP+ modules must match the fibre type, connector, wavelength, distance and equipment at the far end. Short rack-to-rack links may use supported DAC cabling, while building or campus links may require single-mode or multimode optics. Confirm module support, insertion limits for copper 10G modules and current firmware before purchase. FourTeck can help turn the port table into a complete list covering optics, patch leads, fibre accessories, rack hardware and power protection.
Configuration and Buyer Guidance
Start with the endpoint schedule. Record every wired user, access point, camera, phone, controller, printer, access-control device and special PoE unit that will connect now. Then add planned growth. A business that requires forty-four active ports on launch day may be better served by a design with additional access capacity rather than leaving only four spare ports. The same schedule should show each endpoint speed, VLAN, expected traffic, power class and physical location.
1. Count and Classify Devices
Separate ordinary data ports from PoE, PoE+ and PoE++ requirements. Note devices that need high start-up power or are installed in hard-to-reach locations.
2. Calculate the Power Budget
Use actual manufacturer power figures where possible. Add headroom and consider whether all devices may draw heavily at the same time.
3. Design Uplinks
Confirm bandwidth, redundancy, fibre type, distance, optics, switch compatibility and whether links will be aggregated.
4. Plan Administration
Choose local, cloud or on-premise management, define administrator access, backup configuration and change procedures.
The physical environment is equally important. Confirm that the cabinet can accept the switch depth and rail arrangement, that front and rear airflow will remain clear, and that the rack has suitable earthing, power distribution and UPS capacity. A switch with a large PoE load can contribute substantial heat to a small communications cabinet. Temperature, ventilation and electrical planning should therefore be treated as part of the network design rather than an afterthought.
Finally, define the configuration deliverable. Some buyers need hardware only, while others require VLAN creation, routing, access policies, QoS, management onboarding, port labelling, configuration backup and as-built documentation. Share these expectations before requesting a quote. FourTeck can then separate equipment supply from deployment services and help the procurement team compare complete solutions instead of comparing only the switch price.
Ideal Business Use Cases
Multi-Floor Office Connectivity
A large office can use the switch as a floor distribution or central access platform for desktops, phones, printers and wireless access points. VLANs can separate teams and services, while 10G uplinks connect the floor to the core. The design should account for port growth, shared applications and resilience between wiring closets.
IP Surveillance Networks
The high port count and substantial power budget suit camera deployments where many fixed cameras and selected higher-power devices feed an NVR or video-management server. Multicast control, VLAN separation and high-speed uplinks can keep surveillance traffic organised. Storage throughput, retention period and camera bit rates must be planned alongside the switch.
Enterprise Wi-Fi Access Layer
Dense wireless deployments need reliable PoE, predictable VLAN delivery and adequate uplink capacity. This model can power many access points, including devices that require more than standard PoE on selected ports. Buyer planning should include access-point power draw, client density, controller or cloud management, cabling quality and the aggregate capacity expected from each zone.
VoIP and Unified Communications
Voice VLAN, quality-of-service features and PoE support make the switch suitable for large IP phone deployments. Phones can share desk cabling with computers where the endpoint design allows it, while traffic policies protect call quality. The network team should verify PBX architecture, DHCP options, LLDP behaviour and emergency calling requirements before rollout.
Hotels, Campuses and Institutions
Hospitality, education and healthcare sites often combine guest access, staff networks, voice, CCTV and building systems. VLAN and routing capabilities help keep these services logically separate, while the port density reduces the need for many small devices. Site surveys, cabling records and clearly assigned support ownership are important in these mixed environments.
Warehouse and Logistics Sites
Warehouses may need access points, cameras, phones, door systems, scanners, workstations and operational devices across wide areas. Fibre uplinks can connect remote cabinets, while PoE simplifies endpoint installation. Environmental conditions, cabinet cooling, cable routes, surge exposure and maintenance access should be reviewed carefully before deploying enterprise switching equipment.
Grandstream GWN7816P PoE Power Architecture
Power over Ethernet is one of the strongest reasons to select this model, but the number printed on the front panel is only the beginning of the design. All forty-eight access ports can provide standards-based PoE, while ports one through eight support up to 60W PoE++ and ports nine through forty-eight support up to 30W. The overall output ceiling is up to 740W with the standard 920W power supply. This arrangement allows a mixed device estate, but it requires deliberate port mapping.
High-power access points, PTZ cameras, video intercoms or other demanding endpoints should be identified early and assigned to the first eight ports. Standard IP phones, many fixed cameras and common access points may fit within the lower per-port limit, subject to the endpoint specification. A planner should not assume that a device labelled PoE will automatically work at full capability. Confirm the exact IEEE class, maximum consumption, cable length, cable quality and any extra load from USB accessories, heaters, infrared illuminators or pass-through power.
A good power schedule includes the normal draw, maximum draw and a realistic reserve. It should also consider what happens after a power interruption, when many endpoints may start simultaneously. The switch supports smart power controls and port prioritisation, allowing administrators to decide which devices remain powered if available capacity becomes constrained. Critical phones, core access points or security devices can be prioritised over less important endpoints, but the policy should be documented and tested.
The optional hot-swappable power supply gives buyers another resilience option. It can support failover and load-sharing planning, but it is purchased separately and must be included explicitly in the quote when required. Pairing the switch with a correctly sized UPS and protected rack power distribution can provide central backup for many endpoints. FourTeck can help buyers calculate the combined switch and PoE load, review expected runtime and identify whether the electrical environment needs additional protection.
Grandstream GWN7816P 10G Uplinks and Layer 3 Control
Six SFP+ ports give the switch a flexible connection to the rest of the network. A designer can use them for fibre links between floors, links to an aggregation switch, server connections, storage paths or multiple uplinks with link aggregation. This is particularly useful when the forty-eight access ports carry a mixture of video, voice, Wi-Fi and business data. Without adequate uplink capacity, a powerful access layer can still be limited by a narrow path to the core.
Module selection should begin with distance and media. Multimode fibre may suit shorter internal building links, while single-mode fibre is commonly selected for longer campus or inter-building runs. DAC cables can provide a simple short-distance connection inside or between adjacent racks, with the published guidance limiting supported DAC length to five metres. Copper 10G modules require extra attention because the supported module count and spacing rules may differ from optical modules. The devices at both ends must agree on speed, optics, wavelength and fibre type.
Layer 3 capability allows the switch to route between network segments instead of relying only on an upstream router for every local path. Static routes suit smaller or stable topologies, while OSPF, OSPFv3, RIP, RIPng and BGP can support more advanced designs. The correct protocol depends on network size, redundancy goals, administrator skill and the need to exchange routes with other devices. A technically possible feature is not always the best operational choice; simplicity and supportability matter.
The platform also offers VLAN interfaces, link aggregation, spanning-tree variations and multicast controls. Together, these capabilities can support a resilient distribution design, but they should be introduced through a controlled plan. FourTeck can help review core compatibility, fibre components, route ownership, gateway placement, loop prevention and link-failure behaviour before supply. For critical networks, acceptance testing should include uplink failure, power recovery, routing convergence and monitoring visibility.
Grandstream GWN7816P Security and Management
An access switch sits close to users and devices, so it needs controls that limit misuse without making daily support impossible. The published security feature set includes 802.1X and MAC authentication, RADIUS and TACACS+ integration, port isolation, sticky MAC, IP and IPv6 source guard, ARP inspection, DHCP and DHCPv6 snooping, storm control and protections against several denial-of-service patterns. These functions can help reduce unauthorised connections, spoofing and accidental traffic storms.
Security features should be introduced in stages. For example, DHCP snooping depends on correctly identifying trusted and untrusted ports. Source guard and ARP inspection rely on accurate addressing information. Port-security limits must account for IP phones with attached computers, virtual machines and devices that legitimately present more than one MAC address. An aggressive policy applied without discovery can disconnect real users. A safer approach begins with monitoring, documentation and a small pilot group before enforcement expands.
Management flexibility supports different operating models. A local web interface is suitable for direct administration, while CLI access serves experienced network teams and repeatable configurations. SNMP, syslog and diagnostic tools support monitoring and fault investigation. GDMS Networking offers cloud management, while GWN Manager supports an on-premise approach. The chosen method should align with the organisation’s security policy, internet availability, data-location requirements and support responsibilities.
Operational discipline remains as important as the feature list. Use named administrator accounts where supported, restrict management to dedicated networks, prefer secure protocols, back up configuration, record firmware changes and keep an emergency recovery procedure. The switch includes reliability functions such as dual boot and dual system-file redundancy, while optional power redundancy can strengthen availability. FourTeck can help buyers define a manageable baseline covering identity, monitoring, backups, alerts, documentation and handover.
What Buyers Should Check Before Purchase
A correct purchase depends on more than matching the model name. Before requesting a quotation, buyers should confirm the physical network, powered-device schedule, expected traffic, management method and support requirements. This avoids receiving a switch without the optics, cables, power resilience or implementation services needed to make it useful. It also helps procurement teams compare complete project costs instead of looking only at the hardware line.
Configuration Fit
Confirm how many ports are needed today and during the expected service life. Identify every PoE++ device, calculate the full wattage budget and decide how much reserve is sensible. Review whether six 10G uplinks are required for fibre, servers, aggregation or redundancy. Note routing, VLAN, multicast and QoS features that must be enabled rather than assuming the default setup will match the business.
Compatibility Check
List the core switch, firewall, routers, access points, cameras, IP phones and management platforms already in use. Confirm VLAN tagging, link aggregation, spanning-tree behaviour, optics, fibre connectors and routing protocol support at both ends. Where a Grandstream management platform is planned, check onboarding requirements and current firmware compatibility. Existing Cat5e, Cat6 or fibre infrastructure should be tested rather than assumed to be serviceable.
Rack, Power and Environment
Check rack depth, front and rear mounting space, cable-management clearance, airflow, earthing and cabinet temperature. Add the switch’s own demand to the planned PoE load when sizing UPS and power distribution. Decide whether the optional second PSU is required. Remote or industrial locations may need better cooling, surge protection, environmental monitoring and a maintenance plan that accounts for travel time and spare equipment.
Availability and Warranty
Ask what the quotation includes: switch, standard PSU, rack hardware, power cables, optics, accessories, delivery, configuration and warranty path. Availability may vary by supplier status and quantity. Warranty handling can depend on the source and destination. Buyers should keep the serial number, invoice, packaging and configuration backup, and should understand who coordinates support if a fault occurs.
Deployment Scope
Define whether the supplier will only deliver hardware or will also provide staging, firmware review, VLANs, routing, security policy, cloud onboarding, rack installation, testing and documentation. A clear scope prevents assumptions between procurement and IT. For a live-network replacement, include migration planning, rollback steps, maintenance-window timing and temporary connectivity requirements.
Quote Preparation
Provide FourTeck with the destination country, quantity, required delivery period, device list, total PoE demand, uplink distances, fibre type, rack environment and preferred management method. Mention mandatory accessories, redundancy goals and installation support. For bulk or project supply, include the rollout schedule and whether shipments must be phased. These details help produce a more accurate commercial and technical response.
Africa Availability and Service Support
FourTeck supports product enquiries across Africa with practical assistance for model selection, configuration review, quotation preparation, delivery coordination and warranty guidance. Availability can change according to supplier status, selected quantity, project timing and destination. For that reason, the most useful enquiry includes both the required model and the environment in which it will operate. A switch may be technically suitable, but the final order still needs correct optics, rack hardware, power protection, cabling and implementation planning.
Regional buying support can be especially valuable for projects that involve several sites or departments. FourTeck can help consolidate a requirement covering switches, access points, IP phones, cameras, fibre modules, patch leads, racks and UPS equipment. This reduces the risk of receiving unrelated components that do not form a complete solution. Buyers can also request guidance on suitable alternatives when the exact model is unavailable or when a smaller or larger port count would fit the project better.
Warranty expectations should be discussed before order rather than after a fault. Confirm the quoted warranty term, documentation required for a claim, location of service handling and any exclusions that apply to power events, environmental damage or unsupported accessories. FourTeck can provide guidance based on the offered supply route. For an availability check, share the destination, quantity, desired date and whether configuration or installation support is required.
Africa Country and Regional Coverage
Businesses across Africa, including Kenya, Uganda, Nigeria, Ghana, Tanzania, Rwanda, Ethiopia, South Africa, Zambia, Botswana, Senegal and nearby markets, can contact FourTeck for product availability, configuration guidance and quotation assistance. The support conversation can cover a single office, a multi-floor building, a campus, a chain of branches or a regional rollout. Delivery options and lead times depend on destination, quantity and supplier route, so every project should be confirmed individually.
For a faster response, buyers should provide the installation city, number of switches, desired port utilisation, estimated PoE load, uplink distance, fibre type and target delivery period. Where local installers or internal network teams will perform the deployment, FourTeck can help clarify the equipment and accessory list. Where broader project support is needed, the enquiry should include the expected scope, site readiness and acceptance-testing requirements.
GCC, Middle East and Africa Availability
FourTeck Africa can support enquiries for African business locations while also guiding regional technology requirements through selected FourTeck platforms serving GCC and Middle East markets. Organisations with offices in Africa, the UAE, Saudi Arabia, Qatar, Oman or Bahrain may need consistent product families, configuration standards and documentation across several countries. A coordinated enquiry can help identify which components should remain standard and which must change for local electrical, delivery, warranty or implementation conditions.
Regional availability, delivery options and warranty handling can vary by country, order quantity and supplier status. Buyers should not assume that a quotation for one market automatically applies to another. Share the complete location list, required quantities, delivery sequence and whether central staging is needed. FourTeck can then direct the request through the suitable regional channel and help keep the technical requirement consistent.
Other Options Buyers May Consider
The right model depends on port count, PoE demand, uplink design and the role of the switch. A smaller access layer may not need forty-eight powered ports, while a core or aggregation requirement may need a different interface mix. The following related options help buyers frame the discussion. Final features and availability should be confirmed for each model before purchase.
Grandstream GWN7816
Consider the non-PoE version when powered endpoints are not required or are supplied through another method.
Grandstream GWN7813P
A related managed PoE option for projects that need fewer access ports and a smaller power plan.
Grandstream GWN7812P
Suitable for smaller cabinets, branches or departments where a 16-port managed PoE platform is more proportionate.
Grandstream GWN7831
An aggregation-family option to discuss when the requirement centres on fibre concentration and higher-level network distribution.
Grandstream GWN7664
A same-brand wireless access point option for businesses building a coordinated wired and Wi-Fi environment.
CRPS-920W Power Supply
Discuss the optional hot-swappable PSU when power-supply resilience is part of the network availability target.
Why Buyers Choose FourTeck
Business network procurement often fails when the equipment list is separated from the real operating environment. FourTeck approaches the enquiry as a solution review. The conversation can cover the switch, endpoints, power, optics, fibre, cabling, rack conditions, management model and implementation scope. This gives procurement teams a clearer view of what is included and helps technical teams reduce the risk of missing accessories or selecting an unsuitable configuration.
Business IT Supply Support
Assistance for single units, replacements, branch requirements, bulk orders and phased projects.
Configuration Guidance
Review of port count, PoE demand, uplink media, VLANs, routing, management and resilience needs.
Quote Assistance
A commercial response shaped around quantity, destination, accessories and required service scope.
Africa Delivery Coordination
Guidance on supply route and delivery planning based on destination and project timing.
Warranty Direction
Clarification of warranty expectations and handling based on the quoted source and region.
Alternative Matching
Help identifying related models when a different port count, PoE plan or uplink mix fits better.
FourTeck supports SMB, enterprise, institutional, reseller and project buyers. The aim is not to add unnecessary complexity, but to ask the practical questions that prevent a costly mismatch. A well-prepared enquiry enables a faster response, a cleaner bill of materials and a more supportable deployment.
Frequently Asked Questions
What is this switch mainly used for?
It is used to connect and manage large numbers of wired and PoE devices in medium and large business networks. Typical endpoints include computers, IP phones, wireless access points, cameras and access-control devices. Layer 3 routing, VLANs, QoS, multicast controls and security features make it suitable for office, campus, hospitality, healthcare, education, warehouse and surveillance environments.
How many PoE devices can it power?
The switch has forty-eight PoE-capable access ports and a published total PoE output of up to 740W with the standard power supply. The actual number of devices depends on each endpoint’s power draw. Ports one through eight support up to 60W, while ports nine through forty-eight support up to 30W. A complete wattage calculation is required before deployment.
Does it support 10 Gigabit uplinks?
Yes. Six SFP+ interfaces support 10 Gigabit uplink connectivity. They can be used for fibre, supported DAC links, aggregation, servers or connections to a core switch. Buyers must confirm the required distance, fibre type, connector, wavelength and module compatibility. The far-end equipment must also support the selected transceiver and link settings.
Can FourTeck help with configuration planning?
Yes. FourTeck can review the port schedule, PoE budget, uplinks, VLAN plan, routing, management approach, rack environment and accessory list. Buyers should explain whether they need hardware supply only or also staging, installation, migration, testing and documentation. A clear scope helps the team prepare a quotation that matches the technical and commercial requirement.
Is the model available across Africa?
FourTeck supports availability enquiries for business locations across Africa. Supply status and delivery timing may vary according to destination, quantity, supplier route and project date. Send the delivery location, required quantity and target timeline for a current quotation. Do not rely on a general availability statement for a time-sensitive rollout.
Does the quotation automatically include SFP+ modules?
Not necessarily. SFP+ transceivers, DAC cables, fibre patch leads and related accessories should be listed separately unless the quotation explicitly includes them. The correct module depends on distance, fibre type and the device at the other end. Buyers should provide these details so FourTeck can identify suitable components and avoid an incomplete delivery.
Can an optional second power supply be ordered?
The platform supports an optional hot-swappable power supply purchased separately. It is relevant when the network design requires power-supply resilience or load sharing. Confirm the exact accessory, quantity and compatibility during quotation. A secondary PSU should be combined with an appropriate electrical design, rack power distribution and UPS plan rather than treated as the only continuity measure.
What information should I provide for a bulk order?
Provide the number of sites, quantity per site, destination list, rollout schedule, port and power requirements, uplink design, accessories, warranty expectations and any staging or documentation needs. Mention whether shipments should be consolidated or phased. This information helps FourTeck review availability, alternatives, delivery coordination and project support more accurately.
How do I request a quotation?
Use the FourTeck contact page and share the model, quantity, delivery country, expected date and technical requirement. Include the device count, estimated PoE demand, fibre distance, preferred management method and whether you need installation or configuration support. The sales and technical teams can then review the request and respond with suitable options.
Need Help Choosing the Right Network Switch?
Share your port count, PoE device list, uplink design, rack environment, delivery country and target date. FourTeck can help review product suitability, configuration, accessories, availability, warranty direction and delivery requirements for your business.
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